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Proof theory / Mathematical logic / Logical syntax / Formal systems / Logical truth / Model checking / Communications protocol / Formal methods / Correctness / Logic / Mathematics / Computing


TLA+ Verification of Cache-Coherence Protocols Homayoon Akhiani, Damien Doligez∗ , Paul Harter, Leslie Lamport, Mark Tuttle, and Yuan Yu Compaq Joshua Scheid
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Document Date: 2007-04-26 00:00:00


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File Size: 162,90 KB

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Company

Compaq / /

Event

M&A / FDA Phase / /

Facility

Yuan Yu Compaq Joshua Scheid University of Illinois / /

IndustryTerm

cache-coherence protocols / real systems / envisioned protocols / cache-coherence protocol / speed communication network / concurrent algorithms / abstract protocol / cachecoherence protocols / reactive systems / lower-level protocol / /

Organization

University of Illinois / /

Person

Leslie Lamport / Paul Harter / Mark Tuttle / Damien Doligez / /

Product

Alpha / EV6 / /

ProgrammingLanguage

Lisp / /

ProvinceOrState

Illinois / /

Technology

Alpha / EV6 protocol / one processor / cachecoherence protocols / cache-coherence protocols / EV7 protocol / cache-coherence protocol / shared memory / 21364 processors / protocol for the Alpha / currently envisioned protocols / two processors / Alpha EV7 processor / Abstract Protocol / EV6 cache-coherence protocol / Lower-Level Protocol / /

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